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Lisa Williams

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Trending Parameters for Machinery Wear on the LaserNet 200 Series

Posted by Lisa Williams on October 25, 2019

The Beginner's Guide to Trending Parameters for Machinery Wear on the LaserNet 200 Series

Establishing alarm limits and condemnation levels for large machinery wear particles is a common topic discussed among reliability professionals. Equipment manufacturers are often not forthcoming with this information since each piece of equipment potentially generates wear at a different rate.  Trending and monitoring deviations from trends is the recommended way for developing alarm limits and condemnation levels on the component. As part of the MiniLab system, the LaserNet 200 Series is a powerful tool to trend particle counts, classify wear particles and monitor ferrous debris levels.

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Topics: Industrial

Measuring Oil Viscosity

Posted by Lisa Williams on May 20, 2019

Measuring the Viscosity of an Oil

Viscosity is the measurement of an oil’s resistance to flow.  Typically, we can expect viscosity to decrease with a temperature increase, and increase with a temperature decrease. Viscosity and temperature are considered to be inversely proportional. In oil analysis, viscosity is commonly measured using kinematic viscometers and reported in centistokes (cSt). Viscosity can also be measured using absolute (dynamic) viscosity techniques and reported in centipoise.  Absolute techniques typically use rotational viscometers, whereas kinematic techniques will commonly use flow viscometers dependent on gravity.  The two techniques are differentiated by fluid density.

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Topics: Industrial

Monitoring Water Concentration in Oil

Posted by Lisa Williams on April 24, 2019
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Topics: Industrial

Oil Analysis Fundamentals Course

Posted by Lisa Williams on November 20, 2018

Spectro Scientific is proud to present our "Oil Analysis Fundamentals Course" presented in partnership with Noria Corporation. The Oil Analysis Fundamentals course provides comprehensive information regarding lubricant analysis and its critical role in increasing machinery life and uptime.

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Topics: Industrial

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